Year: 2016
![Share Your Internet Connection With Raspberry Pi Zero Over USB Share Your Internet Connection With Raspberry Pi Zero Over USB](https://www.electronics-lab.com/wp-content/uploads/2016/08/Raspberry-Pi-Zero-Ethernet-Gadget-Pi-Zero-Plugged-Into-Micro-USB-Port.jpg)
Share Your Internet Connection With Raspberry Pi Zero Over USB
Raspberry Pi Zero is the smallest member in Raspberry Pi single-board computers family with a single-core 1 GHz processor chip, a micro-SD card slot, a mini HDMI port and two micro USB ports (one for power, one for USB). A tutorial in CircuitBasics demonstrates how we can get an Internet...
Continue Reading![ISL91128 – A New Buck-Boost Regulator With I2C Interface From Intersil ISL91128 – A New Buck-Boost Regulator With I2C Interface From Intersil](https://www.electronics-lab.com/wp-content/uploads/2016/08/intersil_bb.png)
ISL91128 – A New Buck-Boost Regulator With I2C Interface From Intersil
If your application requires a changing supply voltage, then this new IC is ideal for you. Intersil announced the ISL91128, a new buck-boost regulator. The new regulator has an I2C interface to select a broad set of features including output voltage range and slew rate. This eliminates...
Continue Reading![ESPUSB – An USB Software Stack For ESP8266 ESPUSB – An USB Software Stack For ESP8266](https://www.electronics-lab.com/wp-content/uploads/2016/08/ESPUSB.png)
ESPUSB – An USB Software Stack For ESP8266
ESP8266EX and even the new ESP32 SoC lack a USB hardware transceiver, so [CNLohr] decided to develop a USB software stack for ESP8266. After a quick search, I think it is the first try to do a USB software stack for esp8266. USB software stack is a firmware-only implementation of a USB....
Continue Reading![Power supply IC packs eight buck regulators Power supply IC packs eight buck regulators](https://www.electronics-lab.com/wp-content/uploads/2016/08/36334-1017x1024.png)
Power supply IC packs eight buck regulators
Aimed at systems requiring multiple low-voltage supplies, Linear Technology’s LTC3374A can be configured to supply two to eight independent regulated outputs with 15 possible output-current configurations. Each of the eight synchronous 1-A buck converters is powered from an...
Continue Reading![Rail-to-rail step-down regulator sinks/sources ±5A from 0V to 14.5VOUT Rail-to-rail step-down regulator sinks/sources ±5A from 0V to 14.5VOUT](https://www.electronics-lab.com/wp-content/uploads/2016/08/160817edne_linear3623.jpg)
Rail-to-rail step-down regulator sinks/sources ±5A from 0V to 14.5VOUT
LTC3623 is a ±5A high efficiency, current mode synchronous buck regulator that is adjustable from 14.5V down to 0V output with a single resistor. Its architecture uses a 50 µA current reference, combined with a single resistor, to set the output voltage. by Graham Prophet @...
Continue Reading![DIY Lorentz Force Experiment DIY Lorentz Force Experiment](https://www.electronics-lab.com/wp-content/uploads/2016/08/diy-lorentz-force-experiment.jpg)
DIY Lorentz Force Experiment
Fabian Gebhart shared his Lorentz Force experiment on Thingiverse: Don’t you love it? Magnetism? Electronics? And 3d printing? In this project I combine all of them together to a little but spectacular do-it-yourself experiment. With just a few components and the 3d printed part...
Continue Reading![ams AS1383 A 200mA, 3.5MHz DC-DC Boost Converter ams AS1383 A 200mA, 3.5MHz DC-DC Boost Converter](https://www.electronics-lab.com/wp-content/uploads/2016/08/ams_kit.jpg)
ams AS1383 A 200mA, 3.5MHz DC-DC Boost Converter
If you have a single Li-Ion battery powered application, then you need to think about using AS1383 in your design. AS1383 is a DC-DC boost converter comes in a 6-pin WL-CSP package with 0.4mm pitch, a very small package suits the limited space applications. In the below image, you can...
Continue Reading![It’s the end of C as we know it! It’s the end of C as we know it!](https://www.electronics-lab.com/wp-content/uploads/2016/08/04-TIOBE.png)
It’s the end of C as we know it!
beningo.com discuss about the future of C language and it's use in embedded systems. The C programming language has been with embedded software developers since its creation in 1972. Ever since then C has been a blazing constant, surviving even the big push in the late 90’s and...
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